Chiral Dynamics with Quark Degrees of Freedom
Zhonghan Feng, Denes Molnar, Laszlo Pal Csernai
Abstract
Possibility to detect DCC fluctuations is discussed. It is shown that interactions with quark background and dissipative effects due to interactions in the chiral field may result in damping of fluctuations. Since the magnitude of fluctuations depends strongly on the initial state and speed of chiral phase transition accurate evaluation of all modifying processes is required to predict observability of DCCs.
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